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Abstrak :
Penilaian risiko pada proses pressing di PT. XYZ perlu dilakukan karena terdapat potensi bahaya yang sering ditemukan. Hazard yang sering ditemukan diantaranya bahaya fisik, kimia, dan biomekanik. Penelitian ini bertujuan untuk mengetahui tingkat risiko keselamatan dan kesehatan kerja dari setiap aktivitas kerja yang ada pada proses pressing di PT. XYZ. Penelitian ini merupakan studi deskriptif observasional yang mengacu terhadap kerangka manajemen risiko AS/NZS 4360. Identifikasi risiko dilakukan menggunakan Job Hazard Analysis. Analisis risiko dilakukan menggunakan metode semikuantitatif W.T Fine. Analisis risiko dilakukan dengan menentukan nilai consequences, probability, dan exposure, lalu dihitung dengan mengalikan masing-masing nilai tersebut. Selanjutnya skor risiko yang didapat akan dibandingkan dengan standar tingkat risiko semi kuantitatif W.T Fine. Hasil penelitian menunjukan bahwa risiko yang ditemukan diantaranya risiko terpajan bising, suhu panas, uap kimia, dan risiko terpajan hazard biomekanik. Selain itu pekerja juga berisiko kejatuhan benda, terjepit, dan terjatuh. Tingkat risiko paling tinggi adalah risiko terpajan bising dan terpajan rubber fume. ......Risk assessment at pressing process in PT. XYZ needs to be done because there are hazards oftenly found in the workplace. Those hazards mostly are physical, chemical, and biomechanical. This study aims to determine the occupational health and safety risk level at every activities within pressing process in PT. XYZ. This study uses descriptive observational approach which refers to AS NZS 4360 standard. Risks in each activities are identified using Job Hazard Analysis. The identifed risks are analyzed using W.T Fine semi quantitative method. Risk analysis is performed by determining consequences, probability, and exposure scores, and then will be calculated by multiplying each scores. Risk scores are then compared with the W.T Fine semi quantitative standard risk level. The result of this study indicates that there are various risks found in the process, such as noise, thermal environment, heat, chemical mist and fume, and biomechanical hazards. Moreover, workers are likely to be exposed to gravitational hazards, get squeezed by objects, and fall. The two highest risks level are risk of being exposed to noise and rubber fume.

Abstrak :
Dalam pelaksanaan produksi di industri manufaktur, setiap proses kerja tidak pernah terlepas dari bahaya dan risiko. PT. X memproduksi rubber parts untuk industri otomotif dan industri lainnya. Salah satu proses awal produksi rubber parts adalah proses mixing. Tahapan dari proses mixing yang cukup kompleks, bahan-bahan yang digunakan, dan pengoperasian mesin-mesin yang tidak sepenuhnya secara otomatis, berisiko menimbulkan insiden dan/atau kecelakaan beserta konsekuensinya. Penelitian ini bertujuan untuk mengetahui tingkat risiko K3 pada proses mixing di PT. X. Dalam penelitian ini, identifikasi risiko pada proses mixing menggunakan metode Job Hazard Analysis berdasarkan OSHA 3071. Kemudian, analisis risiko secara semi kuantitatif yang mengacu pada Australian/New Zealand Standard 4360:2004 tentang Risk Management; dan menentukan tingkat risiko sesuai skor risiko yang dihitung menggunakan rumus perhitungan risiko menurut Fine 1971. Penilaian risiko dilakukan di dua pekerjaan utama dari proses mixing, yaitu kneader mixing dan open mill mixing. Berdasarkan hasil identifikasi risiko, terdapat 22 bahaya dan risiko pada kneader mixing dan 22 bahaya dan risiko pada open mill mixing. Berdasarkan penilaian existing risk di kneader mixing dan open mill mixing, bahaya dengan tingkat risiko tertinggi adalah bising yang timbul dari mesin-mesin di area proses mixing dengan tingkat risiko substantial. ......In the implementation of production in the manufacturing industry, every work process is never independent of hazard and risk. PT. X manufactures rubber parts for the automotive industry and other industries. One of the initial production process of rubber parts is mixing process. The stages of a complex mixing process, the materials used, and the operation of machines that are not completely automatic, are at risk of incidents and or accidents and their consequences. This study aims to determine the level of OHS risk in the mixing process at PT. X. In this research, risk identification on mixing process using Job Hazard Analysis method based on OSHA 3071. Then, semi quantitative risk analysis refers to Australian New Zealand Standard 4360 2004 on Risk Management and determine the risk level according to the risk score calculated using the Fine risk formula 1971. Risk assessment is done in two main work of mixing process, that is kneader mixing and open mill mixing. Based on the results of risk identification, there are 22 hazards and risks in mixing kneader and 22 hazards and risks in open mill mixing. Based on the assessment of existing risk in kneader mixing and open mill mixing, the hazard with the highest risk level is noise which arises from machines in the mixing process area with substantial risk level.